Armor Plating

Ships can be armored with thicker hull plating along with more durable bulkheads and framework. This can only be performed during construction of the ship, and is only available at a Class:1 SCC.

As such, there are four grades of hull armor:

Armor Grade |	Hull Points |	Cost
Unarmored	Base HP	50,000
Light	6	100,000
Medium	7	200,000
Heavy	8	400,000

Hull points and Cost are multiplied by the ships hull size.

NOTE: A military contractor is required for the medium and heavy grades of armor, although any ship may receive the light armor during construction. Performance penalties apply for the higher grades of armor, this will be detailed below.

If you crunch the numbers, this ruling almost lines up perfectly with canon KH specs on the warships --- a fighter would have heavy armor for 8HP at HS:1, a frigate has heavy armor for 40HP at HS:5, but the destroyer gets a bonus two HP for 50 at HS:6 (to which my only explanation can be the designer opted for more brawn over improved performance, as opposed to the Frigate and Assault Scout). Even the battleship at HS:20 could be detailed as light armor (to keep costs down?) for 120HP. A canon light cruiser at HS:14 / 70HP can be redesigned as HS:12 with light armor and one less drive for a minor price increase (and much cheaper to operate over the long term as a result) while sporting two additional hull points worth of protection, not to mention a lower grade pilot can man the helm! (level 4 instead of 5)


As noted earlier, the medium and heavy grades reduce performance. Figure a -1 for each grade, applicable to either the ADF or MR, builder's choice (determined during construction). In other words, a total -2 penalty for heavy armor, applicable to one or the other or -1 to both. This can be compensated by doubling the number of drives per penalty (re: two more "A" drives for medium armor on an assault scout, four more for heavy armor), but under no circumstances can performance go above the normal/stock configuration, therefore doubling the drives to compensate for medium armor will only revert it back to stock performance, not +1 ADF or MR...thus one drive doubling negates one grade of penalties, so add double the drives twice for heavy armor...another reason why the eight C drive battleship has light armor: no performance penalties. (See? It really does work out nicely!) Under no circumstance should the total number of drives exceed eight --- if you can't add more drives, then the penalties remain.

As such, assault scouts can be revamped with armored hulls so they can take a little more abuse, considering their counterparts on both ends (frigates and fighters). At 24HP, it still has a fair chance at surviving an assault rocket or it can take one more battery weapon hit than before. Twin A drives hanging off the wings of a medium armored scout makes it a more formidable craft...even reduced to ADF/MR: 4/4 via stock drive configuration and medium armor it's still something of a contender (remember - MR must be 4 or more for assault rocket use, dropping MR to 3 mandates swapping the AR system for pod lasers or a second laser battery).

It opens the doors to various configurations...some militias may not be able to afford the armored ships so they would settle for the less expensive "canon" versions, while the UPF and more economically stable systems would go all out for the super models with heavy armor and four drives, while yet other militias might have something in between.

Note that civilian ships under a government charter can become eligible for higher grade armored hulls. Even the occasional megacorp ship wouldn't be out of line with higher grades of armor, naturally exerting some influence upon the government presiding over their home office world...

Optional Rule
For each grade of armor there is a 5% chance that a successful hit from any weapon hits at such an angle it's damage potential is entirely deflected.

Armor Grade |	Deflection
Unarmored	0%
Light	5%
Medium	10%
Heavy	15%

Auto Eject Module (AEM)

The Auto Eject Module, simply put, is a cockpit module that doubles as an escape pod. Assuming the craft has a life support program the occupant(s) should be given a fair time before the supplies run out, otherwise it's up to the space suits and any additional life support packs carried onboard.

This is strictly a HS:1-2 item intended for fighter craft and can accomodate no more than two beings. The design stems from the need fo fighter crew survival, as these small craft can not sustain much damage yet they are essential to any fleet operation. Cost is 30,000Cr (same as an escape pod), and the chance of escaping a destroyed craft is a base 95% minus 1% for each hull point below 0. The AEM broadcasts a signal beacon for friendly craft to detect them as they are too small to immediately show up on radar.

With the advent of the AEM, fighter crews tend to stick around longer as they gain more experience rather than moving up to larger craft. Squadrons of 2nd and 3rd level pilots are not uncommon, and the prowess they display on the battlefield is unparalleled. 

Defenses (Knight Hawks)

Deflector Screen (DS)
A Deflector Screen allows shielding of smaller starships from enemy weaponry. A DS can absorb as many hits equal to the HS+4. Also, the screen can be adjusted for maximum protection, angle the screen fore and any attacks from ahead are nullified, angle it aft and any rear attacks are quelled. However, any attacks that come from the opposite side can cause damage.

To this end, the DS can be set at equal fore/aft protection, but won't provide the same protection all around. A DS protects from all energy and projectile weapon attacks. If the attack comes from the angle protected side, the shield will absorb 100% of the damage, if the attack comes from the opposite side the shield will absorb 50% of the damage. A screen set equally fore and aft absorbs 75% of damage from any side. Each hit takes one charge off the screen (maximum charge is HS+4), and it takes one standard repair round (three combat turns) for one charge to be reinstated, and the craft must be coasting under non-combat maneuvers (meaning ADF:0 or 1).

Due to the inability of the DS projectors to extend over a large area, the maximum HS for a DS equipped ship is HS:6. A DS costs (HS x 1500)credits at a Class:I construction center and takes up (HS x 5)cubic meters of space, and takes a LVL:2/FP:8 computer program to operate.

Albedo Shield (AS)
Player characters can wear an Albedo suit for protection against lasers, starship owners can opt for a reflective hull to protect their craft from laser attacks. Player characters can also purchase and activate an Albedo Screen for the same purpose, and so it is now with starships too. A starship's Albedo Shield absorbs full damage from all laser attacks for as long as the shield is activated, but it can only be activated for a number of combat turns equal to (HS +4). After which time the shield energy is drained and must be recharged, which takes an equal number of combat turns and the shield can not be reactivated until fully charged. Treat as a reflective hull for hit determination. Minimum hull size is HS:5 and the system costs (HS x 2500)credits at a Class:I center, takes up (HS x 8)cubic meters, and requires a LVL:2/FP:6 computer program to operate.

Dreadnought Specifications

 

Dreadnought \dred' not\ n. 1. A British battleship, completed in 1906 -- 1907, having an armament consisting of ten 12-inch guns, and of twenty-four 12-pound quick-fire guns for protection against torpedo boats. This was the first battleship of the type characterized by a main armament of big guns all of the same caliber. She has a displacement of 17,900 tons at load draft, and a speed of 21 knots per hour.

Dreadnoughts are known for being large and having big guns...

 

Operation:Dreadnought Bill Passes by Narrow Majority

---Morgaine's World, Prenglar
f.y. 5/33/70

The Council of Worlds finally approved the bill that allows for larger than Class:20 military craft. Following the second Sathar War, the Star Fighter Corps was quickly enacted to advance the small scale assaults into worthy fighting units. High ranking Spacefleet officials followed suit by pushing for something to be done on the other end of the spectrum to get OD rolling.

The bill wasn't being taken too seriously at first, that is until the recent appearance of what the UPF dubbed as the "Juggernaut", a massive Sathar vessel that dwarfed small space stations in sheer mass. This opened the eyes of many UPF strategists and they realized that the possibility of more (or worse yet, larger) craft of such magnitude would spell certain doom for the Frontier.

Immediately following the passage of this bill, military contracters drafted blueprints for such craft as a class:24 craft dubbed "Strike Cruiser", a class:30 hull dubbed as a "Stike Carrier" that can carry up to 24 fighter craft or 6 assault scouts in its massive bay, all the way up to one enormous class:50 craft that will simply be known as a "Frontier Cruiser".

News of passage brought smiles to Pan Galactic executives, following a recently awarded extension of their Battleship contract which now translates to even more of their craft that will be called on as support to such larger craft, hinting that the construction of as many as five more battleships may be contracted within the next year or two. And little doubt exists that their Gran Quivera shipyard will host some of the initial dreadnought constructions as well. Needless to say, shares of PGC stock should be enjoying more healthy gains in the near future.

But Streel executives aren't frowning. Their new shipyard in Cassidine is scheduled to pump out an all new and updated Heavy Cruiser design with modern features that will blow away the original leftovers from the first Sathar War. CEO Hilo Headow (ym) was quoted as saying "We're confident that once all this gets underway, our new cruisers will become the mainstay capital ship of UPF fleets. Add to that, they cost less and we can produce them quicker than our competition's battleships. There's a certain advantage to being number two: it lets the competition know that there's something uncomfortable up their asses, and when it's all said and done they still have to look behind them to see what it is." Spacefleet is considering the purchase of no fewer than three of the new craft, assuming the prototype lives up to Streel's marketing promises.

Many rallies staged by the Frontier Peace Organization expressing their outrage cropped up during the time this bill was up for consideration, and most of them continue to rage today. Some of them turned violent as supporters from the Anti-Satharian League gathered nearby for retaliating demonstrations. ASL leader J. Harrington Farnsworth (hm) was quoted saying "We're all very happy about the passage of Operation: Dreadnought. It's about time the UPF stepped up their efforts." With regards to the FPO, he simply said "When those fools are done hugging their trees, I hope for their sake a strangler chute drops down on them before a worm blasts them in the back. It's always nicer to die thinking that you were right."

FPO leaders were unavailable for comment. An ammendment for the possibility of larger civilian freight haulers and liners is now up for consideration.

 

MR: ½ relates to making one 60º facing change every other combat turn

 

HS	Leng/Diam	#drives & type	ADF/MR	Hull Cost Modifier
51	3300/525	2G	½ / ½	5
52	3400/550	2G	½ / ½	5
53	3500/575	3G	½ / ½	5
54	3600/600	3G	½ / ½	5
55	3800/625	4G	½ / ½	5
56	4000/650	4G	½ / 1/3	6
57	4200/675	5G	½ / 1/3	6
58	4400/700	6G	½ / 1/3	6
59	4600/725	7G	½ / 1/3	6
60	4800/800	8G	½ / 1/3	6

Anything over HS:60 becomes impractical for biological operation as the ADF would be restricted to 1/3, insufficient artificial gravity for long term crew survival

____________________________________________________________________

Dreadnought Drive Tables

 

Table 1: Atomic Drives

Hull Size	Engine Size	Cost(SCC:1)	Fuel Pellet Capacity	Trips Between Overhauls	Program Level/FP
21-25	D	1,000,000	15	20	6(256)
26-40	E	1,500,000	25	30	6(512)
41-50	F	3,000,000	40	50	6(1024)

Hull Size	Engine Size	Cost (SCC:1)	Fuel Pellet Capacity	Trips Between Overhauls	Program Level/FP
51-60	G	4,500,000	60	75	6(2048)

Table 2: Ion Drives

Hull Size	Engine Size	Cost(SCC:1)	Program Level/FP
21-25	D	300,000	6(96)
26-40	E	600,000	6(192)
41-50	F	1,000,000	6(384)

No Ion Drives available in the G rating, as the ADF would be ¼ which would be insufficient for long term crew survival 

The Alarm, Damage Control, and Maintenance programs will all be at LVL:6 with function points being factored one higher for every drive over size C (meaning size D will be doubled, size E tripled, etc). Likewise, any supplemental software will also need to be increased accordingly, such as Commerce, Communication, Industry, and Transportation (for the ship's cargo manifest logs, intercoms, hydroponics/machine shops, and elevators respectively) all at LVL:2 instead of LVL:1 for size D drives, LVL:3 at size E, etc.
____________________________________________________________

Hull Specification Chart

Ships

HS	Leng/Diam	Engines	ADF/MR
1	10/2	1 (A)	5/5
2	30/5	1 (A)	4/4
3	50/8	2 (A)	4/4
4	75/12	4 (A)	4/4
5	100/15	2 (B)	3/3
6	130/20	2 (B)	3/3
7	150/25	3 (B)	3/3
8	180/30	3 (B)	3/3
9	210/35	4 (B)	3/3
10	240/40	4 (B)	3/3
11	270/45	5 (B)	3/3
12	300/50	6 (B)	3/3
13	340/55	6 (B)	3/3
14	380/60	8 (B)	3/3
15	420/65	4 (C)	2/2
16	450/70	4 (C)	2/2
17	475/80	6 (C)	2/2
18	500/85	6 (C)	2/2
19	540/95	6 (C)	2/2
20	600/100	8 (C)	2/2

all measurements are in meters


Stations

Size	Ring/Hub Diam	#Elevator Spokes/Length	Max HS docking/total*	Decks in Ring
1	200/100	4/75	1-4 / 32	5
2	400/200	4/150	1-10 / 80	10
3	600/300	6/225	1-14 / 112	15
4	800/400	6/300	1-18 / 144	20
5	1000/500	8/375	1-20 / 176	25
6	1200/600	8/450	1-20 / 208	30

all measurements are in meters, station width is the same as the hub diameter

* the first value represents which HS craft may dock, the second represents how many total hulls may fit within the docking bay.

Ion Drives

Ion Drives
Everything I read about Ion Engines in the rules say that they're powerful, yet their performance as indicated by the rules says otherwise, same ADF as a Chemical Drive.

Theoretically speaking, since when is a Chemical Drive restricted to in-system only duty? If they accelerate at the same rate as Ion Drives, and since achieving jump velocity (200 hexes/turn according to the opening text on page 3 of the KH Campaign Book:

"12 million kph {1% of the speed of light}"

Go ahead and do the math...) is just a matter of acceleration, given enough fuel for a Chemical drive what real advantage is there in opting for Ion Drives?

Hence, Ion Drives in my campaign allow for an ADF of half (rounding up) that of similarly equipped Atomic Drive powered craft. They can also be mounted in the stern or on struts, seeing as they don't emit any radiation like atomic drives would.

Multiple Astrogators

Using the standard plot time rule, a single astrogator can only work ten hours and take ten hours off between shifts (rest etc). Incorporating a second astrogator will allow the plot time to be cut nearly in half, as one works while the other rests. A third astrogator can cut this time down even further.


The formula for multiple-astrogator course plotting is as follows:

T = L x 10 / ( A - 1) + A

T is total plot time in GST hours

L is the number of light years to be travelled

A is the number of astrogators working together

Thus, an 8LY jump that would normally require 80 hours of time (not including downtime) for a single astrogator could be plotted by three astrogators in only 43 hours total time.

Para-Military Freighters

Para-Military Freighters
Ranging in size from HS:3 to 20, these freight haulers are reinfoced and upgunned yet retain most of their stock freighter performance figures. When a PM Freighter is commissioned, it is usually done so under a government charter with the owner(s). There are typically established trade routes that the ship will heed to with steady cargo schedules, and while the owners are under this chartered route all operating costs are taken care of, and payments are made on the loan by the chartered government, but there is no profit being made off of any cargos at the same time. The owner(s) are given one forty day period of leave time for every forty day period that they work.
Hovever, on that free time the owner is responsible for all costs and is eligible to make any profits off of any cargos that are obtained. Naturally no illegal conduct is permitted during such time. PM Freighters are permitted (HS x 20) cubic meters of space for weapon systems and (HS x 12) cubic meters for defensive systems. Defensive and offensive allocated space is not interchangeable, any unused space is unused. Crew size is typically (HS x 2) members, hull points varie according to armor possibilities, although most usually go witht he light armor (HS x 6), DCR is calculated at (HS x 5)+30 , and cargo is reduced by one unit for freighters HS 4-8, -2 for freighters HS:9-14, and -3 for freighters HS:15+.

Ship Skills

Due to my revised breakdown of the AD skills, the prerequisite skills for spaceship skills have changed as follows:

PILOT Technician (Operate Machinery & Vehicle Operation @ LVL:6 each), Computers (Operate @ LVL:1, Display Info @ LVL:2)

ASTROGATOR Computer (Operate & Display Info @ LVL:2 in each, Program Manipulation @ LVL:6)

ENGINEER Technician (Repair Machinery & Vehicle Repair @ LVL:4 each), Computers (Operate @ LVL:1, Display Info @ LVL:1 each), Robotics (Alter & List Functions @ LVL:2 each)

ENERGY GUNNERY Beam Weapons @ LVL:3 , Vehicle Combat @ LVL:2

ROCKET GUNNERY Projectile Weapons @ LVL:2, Gyrojet Weapons @ LVL:2 , Vehicle Combat @ LVL:2


Dreadnought Skills


BATTERY COMMANDER (Prerequisite Skills: Energy or Rocket Gunnery @ LVL:2 minimum, coinciding on weapon system). A Battery Commander coordinates the attacks of mulitple weapons, up to four at a time. In doing so, the dreadnought's gunners can cause massive amounts of damage to the intended targets. The Commander may only coordinate the specified types of weapon systems: rocket batteries for Rocket Battery Commanders and laser/electron/proton beam batteries for Energy Battery Commanders. Multiple weapons all must be of the same type, you can not mix a pair of laser batteries with a proton and electron battery.

To determine the chance to hit, take the average of all gunners (round down) and add +2/BC level. Rolling less than or equao to that number results in all weapons hitting, anything else is a complete miss for all weapons.
 EXAMPLE: A LVL:4 Rocket Battery Commander aboard a battleship is coordinating four of the rocket batteries, operated by two LVL:3 rocket gunners, one LVL:4 gunner, and one LVL:5 gunner. The average level is 3 (3=3=4=5=16, 16/4 =3.75 rounded down to 3), so the base chance to hit for a rocket battery is 30% + 15 for the average level. The Battery COmmander adds his +8 bonus to that number, so any roll of 53 or less results in all four weapons hitting for a total of 8d10 damage against the target.

The BC level may not exceed the prerequisite skill level, hence a LVL:4 Energy Gunner can not advance past LVL:4 Battery Commander until the EG skill is raised to LVL:5. The number of batteries a commander may coordinate is dependant on experience level, as illustrated inthe following table:

BC Level	# of Batteries
1	2
2	2
3	3
4	3
5	4
6	5

DREADNOUGHT ENGINEER (Prerequisite Skills: Engineeer LVL:6) A Dreadnought Engineer commands a team of other engineers in order to coordinate the maintenance, upkeep, and repairs of the mighty vessel. A Dreadnought Engineer is also capable of drafting blueprints for the construction of such monstrosities. The table below details how many additional engineers are required as well as the hull size construction qualifications: 

Dreadought Engineer Level	Additional Engineers	Max Hull Size  (for design)
(LVL:6 Engineer)	1	20
1	2	HS:21-24
2	3	HS:25-29
3	4	HS:30-35
4	6	HS:36-45
5	8	HS:46-49
6	10	HS:50+

A Dreadought Engineer may add an additional +5/level to the standard repair roll, but repairs take twice as long to conduct due to the extensive size of the craft (permitted every sixth combat turn rather than every third).


DREADNOUGHT PILOT (Prerequisite Skills: Pilot LVL:6). A Dreadnought Pilot commands a team of other highly skilled pilots in order to operate these massive craft, as a dreadnought's controls are too vast to be handled by a single being. All dreadnought subskill operations are conducted under the usual LVL:6 canon rules, with the exception being size certification (and additional pilots required), as illustrated in the table below:

Dreadought  Pilot Level	Additional Pilots    & skill level	Max Hull Size
(LVL:6 Pilot)	1 @ LVL:5+	20
1	2 @ LVL:5+	HS:21-24
2	3 @ LVL:5+	HS:25-30
3	4 @ LVL:6	HS:31-35
4	5 @ LVL:6	HS:36-42
5	6 @ LVL:6	HS:43-49
6	8 @ LVL:6	HS:50+

A Dreadnought Pilot may add an additional +2/level to hit with forward firing weapons, in addition to the top ranking copilot's bonus and a gunner that is assisting with such weapon(s).


ASTROGATORS The canon astrogation rules are retained for dreadnoughts, nothing changes in this field as it still takes ten hours for each light year of plotted jump time. However, a larger astrogation team is kept onboard a dreadnought to expedite rapid calculations.

Standardized Ship Computer

> Astrogation, Drive, and Life Support as the KH rulebook states

> Alarm and Damage Control, LVL = # of drives as per KH rulebook

> Maintenance, like above LVL = # of drives

> Analysis, LVL = Astrogation program LVL (LVL:6 for Deluxe astrogation equipment)

> Industry, LVL:1 for machine shop and hydroponics, may also replace cargo arm program

The owner/builder may add in any other desired programs as needed, such as weapons and defensive systems, Commerce program for trade vessels, laboratory or other specialty software, security programs, etc.

Communication LVL:1 can be utilized to coordinate intercom networks on anything larger than HS:2. An Installation Security program can handle the Skin Sensors without buying the Skin Sensor software.

Streamlining

Streamlining

Ships up to HS:5 can be streamlined to enable landing on atmospheric worlds, at +10% of the normal cost of the hull. This can only be performed during construction of the ship.

Universal Air Dock

Universal Air Dock

Trans Travel released this useful concept of a universal docking collar. It allows any two ships thus equipped to dock and allow their crews to access each vessel without the need for space suits. The collar portion extends past any extensions of the starship to connect with the other vessel's own collar, and the two interlinked air locks are then pressurized to allow easy access between ships. The telescopic portion of a UAD may also connect to a non-UAD craft presuming the hull is smooth and flat around the hatch, otherwise the usual spacewalking rules apply. Cost is 10,000Cr with a MHS=3.

Weapons (Knight Hawks)

Pod Laser (PL)
 A Pod Laser is a down-scaled laser cannon for smaller craft such as star fighters. Simply put, the design incorporated removing the guns from a laser battery and down-sizing them to fit into the fuselage of a fighter craft. The PL hs a range of 50K kilometers, MHS:1, costs 6,000Cr and takes up 20 cubic meters of space. Treat as a laser cannon for hit resolution and damage is 1d10 with no damage table modifiers. A longer range version (90,000km range) is availabe at 8,000Cr and takes up 25cubic meters, designated PL(LR). Both systems use the same program that a standard laser cannon uses.

Pod Laser Turret (PLT)
 With a MHS:3 requirement for a laser battery, it became apparent that both smaller craft as well as larger craft that can't accomodate a LB due to other restrictions could benefit from a 360 degree field of fire weapon. Hence, following in the successful footsteps of the Pod Laser, the Pod Laser Turret came to be. The PLT has a range of 40K kilometers, MHS:1, costs 8,000Cr and requires 20cubic meters of space. Treat as a laser battery to hit with no damage table modifiers and damage is 1d10. The PLT uses the standard Laser Battery program.

Heavy Laser Cannon (HLC)
 Similar to a standard laser cannon but packs a little more punch. Range is 120,000km, MHS=6, damage is (2d10 +4), cost is 20K credits and requires 50cubic meters. No damage table modifiers, and the standard Laser Cannon computer program is required.

Heavy Laser Battery (HLB)
 Similar to a standard laser battery but like the Heavy Cannon, it too packs a little more oomph. Range is 100,000km, MHS=5, damage is (1d10 +2), cost is 12,000Cr and the HLB requires 30cubic meters. No damage table modifiers and the standard Laser Battery program is needed for operation.

Ion Cannon (IC)
 The Ion Cannon is essentially a small scale Disruptor Cannon, but instead of causing damage it is designed to disable various starship systems. Upon succesful hits, roll (3d6 -2) to generate random numbers between 1 and 16, and consult the Damage Table. Assign everything between "hull hit: normal damage" and "electrical fire" a number (1-16), any system hit by an Ion Cannon is disabled for (2d10 +5) combat turns. Range is 60,000km, MHS=1, cost is 15,000Cr and 20 cubic meters of space is allocated for an Ion Cannon. Uses the Laser Cannon program.

Ion Battery (IB)
 Same as an Ion Cannon but with a 360 degree field of fire. Range is 50,000km, MHS=2, cost is 18,000Cr and 20 cubic meters of sapce is required for an IB. Uses the Laser Battery computer program.

Forward Firing Rockets (FFR)
 Essentially the launchers from a rocket battery positioned in a forward firing stance. All RB modifiers apply (range, DTM, damage, ICM adjustments), a variant of the Assault Rocket program is used to operate the system. MHS:1, cost = 20,000Cr, and requires 20 cubic meters of space.

Striker Missile (SM)
 A Striker Missile rack holds two missiles, each rack requires 5 cubic meters. The rack costs 1000Cr and individual missiles cost 5000Cr each. Missiles have a range of 60,000km with a -10 damage table modifier and inflict 1d10+2 damage. MHS:1 and MR:4 or better required, and a LVL:1/fp:4 computer program is needed to operate the system. MPO/LTD weapon

Heavy Bomb/Rocket (HBR)
 These nasty propelled bombs can do some serious damage, especially when considering they can be launched from small craft. The launcher costs 10,000Cr and individual bomb-rockets cost 20,000Cr. Launchers require 10 cubic meters and the range for the bomb-rocket is 30,000km, damage is 3d10 with a -20 modifier. MHS:2 with MPO and LTD restrictions. A LVL:1/fp:3 program is required to operate the system

Warhead Launcher Turret (WT)
 A Warhead Launcher allows the use of Striker Missiles, Assault Rockets, and Heavy Bomb-Rockets on larger ships. Essentially it is a turret weapon sporting the respective launchers. The allocated space for a warhead launcher turret is 20 cubic meters (plus the 20cubic meters of space from the weapon systems for a total of 40) and cost is 20,000Cr plus the weapon systems. MHS:5 with LTD/MPO restrictions, and a LVL:2/fp:8 program is required which will operate any of the three weapon systems installed. The launchers will hold 8 striker missiles, 2 assault rockets or two HB-Rockets depending on which systems are loaded. Combinations are possible, such as 4 striker missiles, one assault rocket, and one HB-Rocket.

Smart Rocket Battery (SRB)*
 A standard rocket battery that utilizes guidance systems in the rockets, similar to the hardware used in a torpedo. The weapon system itself remains unchanged, however the SRB salvo increases in price (10,000Cr each). Also, a new software package is required to guide the rockets after launch, the SRB program is a level 3 / 12 function point program. Base chance to hit is 60% (plus operator skill bonus), increased to 75% for targets with an activated stasis screen. Damage is 1d10+10. All other modifiers/restrictions remain the same (range, ICM adjustments to hit roll, etc).
 The Rocket Battery may still fire the standard unguided salvos assuming the original program is retained. However, only one program may be utilized per weapon so it must coincide with the salvos loaded.

* Special thanks to Corjay & Gilbert for assisting with this project

Weapon Link (program)
 The Weapon Link program allows common systems to be operated in tandem, such as a pair of pod laser sytems or a dreadnought's multiple laser batteries. The program is LVL:2 and has 8 function points, and one program is required for each set of linked systems